Double Acting Reciprocating Pump Working

Double Acting Reciprocating Pump Working. In this, both sides of the piston engages to displace the fluid. According to use of piston sides single acting reciprocating pump:

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Working single acting reciprocating pump In this, both sides of the piston engages to displace the fluid. According to use of piston sides single acting reciprocating pump:

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Working of double acting reciprocating pump piston moving in right direction let us suppose that the piston is initially at the centre of the cylinder and crank start to rotate on clock wise direction so the piston will move toward the right side and thus vacuume is created at left side of the piston and pressure is created at the right side of. Creation of vacuum resulting in suction and compressing of the water resulting in discharge is the basic principle of operation.

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In a double acting reciprocating pump, each stroke of the piston carries out both the functions, suction as well as delivery. The pump works on the principle of reciprocation of the piston and the cylinder.

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Hence the average discharge of the pump in this case, It is a long solid rod.

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It consists of two inflow and two outflow pipes. In each stroke of the piston, two process i.e.

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The water is acted on both sides of the piston as shown in the below image. The working of reciprocating pump is as follows:

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Working single acting reciprocating pump This type of pump operates in exactly the same way as the single acting with respect to its action.

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Working of double acting reciprocating pump piston moving in right direction let us suppose that the piston is initially at the centre of the cylinder and crank start to rotate on clock wise direction so the piston will move toward the right side and thus vacuume is created at left side of the piston and pressure is created at the right side of. When the crank rotates from idc to odc, a vacuum is created on the left side of the piston and the liquid is sucked from the sump through suction valve s1.

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Consider, when the piston in a cylinder is in between then one suction and a delivery pipe is on one side (piston left) and one pipe at another side (piston right). The pump works on the principle of reciprocation of the piston and the cylinder.

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P=(work done per second)/1000 =2ρg*aln*(hs+hd)/60000 18 Suction and discharge carried at the same time.

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Double acting reciprocating pumps : It is a circular disc attached to the motor and used to transfer the rotation motion of the motor to the piston.

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To crank when the power source is connected the crank will start rotating and along with the crank connecting rod also displaced. Working of a double acting reciprocating pump.

Each Cycle Consists Of Two Strokes.

Reciprocating pump is a device which converts the mechanical energy into hy d raulic energy by sucking the liquid into a cylinder. The difference is, that the cylinder has inlet and outlet ports at each end of the cylinder. In simple words, when the piston moves backward, it sucks the liquid while it moves forwards, then it reduces the volume of the fluid and pressurizes it.

What Is The Main Difference Between Single Acting And Double Acting Reciprocating Pump?

In this pump, a piston is reciprocating, which uses thrust on the liquid and increases its hydraulic energy. Hello everyone welcome to engineer’s academyin this video we will learn the working of double acting reciprocating pump.also check the below videos, the pro. Here it has two suction and delivers valve, suction and delivery pipe.

Creation Of Vacuum Resulting In Suction And Compressing Of The Water Resulting In Discharge Is The Basic Principle Of Operation.

The water is acted on both sides of the piston as shown in the below image. Generally the above process can be observed in a single acting reciprocating pump where there is only one delivery stroke per one revolution of crank. In this the when there is a suction stroke on one side of the piston and at the same time there is a delivery stroke on the other side of the piston.

In This, Both Sides Of The Piston Engages To Displace The Fluid.

It consists of two inflow and two outflow pipes. It consists of two inflow and two outflow pipes. In a double acting reciprocating pump, the suction and delivery strokes occur simultaneously.

Working Single Acting Reciprocating Pump

But when it comes to double acting reciprocating pump, there will be two delivery strokes per one revolution of crank. In this arrangement the piston is connected to a piston rod whose other end is connected to the connecting rod. In this, both sides of the piston engages to displace the fluid.